Q6. [8 marks] A distance traveled by a car (in km) is described by y = 59x+e-x + (x + 1) In(x + 1) where x is the number of hours since the start of the travel. a) Compute y(2.5) with 2 decimals. [y(2.5) = = Use your number with units in the real world context: At 2.5 hours, the car... = b) Compute y'(2.5) with 2 decimals. y' (2.5) = Use your number with units in the real world context: At 2.5 hours, the car... c) Compute y" (2.5) with 2 decimals. y"(2.5) = via [1610) accelerating Choose the correct real world context: At 2.5 hours, the car is decelerating Solution:
Q6. [8 marks] A distance traveled by a car (in km) is described by y = 59x+e-x + (x + 1) In(x + 1) where x is the number of hours since the start of the travel. a) Compute y(2.5) with 2 decimals. [y(2.5) = = Use your number with units in the real world context: At 2.5 hours, the car... = b) Compute y'(2.5) with 2 decimals. y' (2.5) = Use your number with units in the real world context: At 2.5 hours, the car... c) Compute y" (2.5) with 2 decimals. y"(2.5) = via [1610) accelerating Choose the correct real world context: At 2.5 hours, the car is decelerating Solution:
ChapterP: Prerequisites
SectionP.4: Factoring Polynomials
Problem 84E: The rate of change of an autocatalytic chemical reaction is kQxkx2 where Q is the amount of the...
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![Q6. [8 marks] A distance traveled by a car (in km) is described by
y = 59x+e-x + (x + 1) In(x + 1)
where x is the number of hours since the start of the travel.
a) Compute y(2.5) with 2 decimals. [y(2.5) =
=
Use your number with units in the real world context:
At 2.5 hours, the car...
=
b) Compute y'(2.5) with 2 decimals. y' (2.5) =
Use your number with units in the real world context:
At 2.5 hours, the car...
c) Compute y" (2.5) with 2 decimals. y"(2.5) =
via [1610)
accelerating
Choose the correct real world context: At 2.5 hours, the car is
decelerating
Solution:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F90dc81c6-d2b9-40d5-8f97-c3493ba09e0c%2Fb3d6abad-3e25-4bc3-bbc8-53d8892a9908%2Fmn6b3mi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q6. [8 marks] A distance traveled by a car (in km) is described by
y = 59x+e-x + (x + 1) In(x + 1)
where x is the number of hours since the start of the travel.
a) Compute y(2.5) with 2 decimals. [y(2.5) =
=
Use your number with units in the real world context:
At 2.5 hours, the car...
=
b) Compute y'(2.5) with 2 decimals. y' (2.5) =
Use your number with units in the real world context:
At 2.5 hours, the car...
c) Compute y" (2.5) with 2 decimals. y"(2.5) =
via [1610)
accelerating
Choose the correct real world context: At 2.5 hours, the car is
decelerating
Solution:
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